Targeting at the high labor costs and low productivity of manual feeding, this work aimed to design a new type of material equipment, self-propelled CNC sheet feeding table. The new equipment could achieve precise feeding according to the number of layers required to be cut by the operator and the thickness of single-layer board. Feeding table as a key component of bearing raw materials, its actual working conditions directly affects the stability and reliability performance of operation. For its structural strength, Ansys software was used to conduct finite element static strength analysis of its 3D model. The results showed weak strength in the forklift arm notch. Then an improved scheme was proposed and finite element verification analysis was conducted again. The final strength met the design requirements, improving the production efficiency.